结合温度测量和数值模拟进行激光与组织光热效应的研究。
This paper has combined temperature measuring and numerical simulation to research the laser and tissue photo-thermal effect.
结合温度、压力对有机固相沉积、原油粘度、最小混相压力等的影响，分析了油层冷伤害的预防。
On Combination of the solid deposition, oil viscosity and the minimum miscible pressure and so on which be affect by pressure and temperature, how to prevent cold damage was analyzed.
引入室内空气质量和噪声，结合温度、相对湿度、风速和平均辐射温度作为室内环境综合评价参数。
Introduces indoor air quality and noise level as integrated parameters along with air temperature, relative humidity, air velocity and mean radiant temperature.
因此测量样品光谱的同时测量样品温度，结合温度修正模型可以有效的提高近红外光谱定量分析精度。
It suggested that the temperature of the samples should be measured and the temperature correctional model improved the analysis precision.
根据超声波测距的基本原理，结合温度传感器对声速参数进行了修正，使得系统在不同环境下都能达到检测要求。
On the basis of ultrasonic, the system referred in the paper USES DS1820 for temperature correction, so as to reach the measurement demand in different environment.
AT 89 C52单片机作为系统的核心处理器，结合温度传感器、单相调压一体化模块来实现对清洗消毒机的程序化控制，并通过液晶显示屏实时显示系统工作状态、温度参数等信息。
This control system is composed of AT89C52 as a center the temperature sensor and module of voltage modulation. The working state and temperature are displayed on liquid crystal display.
国家气象局(NWS)网站公布了一个方便的在线计算器便于大家基于温度和相对湿度或温度和露点的结合来计算炎热指数。
The NWS Web site features a handy on-line calculator for determining the heat index based on a combination of either temperature and relative humidity or temperature and dew point.
再结合上从人体汗液(从手腕中来的)来的水性引诱剂，这个引诱器就能模拟和一个睡着的人体一样的情景、湿度和温度。
Combined with a water-based attractant derived from human sweat (collected from a wrist band), the trap mimics the scent, moisture, and temperature profile of a sleeping body.
碳原子和两个氧原子相结合组成了二氧化碳，是数十亿年来保持我们地球温度的重要温室气体。但是近些年来由于人类的活动，地球温度不断上升，导致温度过高。
Bound to two atoms of oxygen, it creates carbon dioxide, the chief greenhouse gas that has kept our planet warm for billions of years - and is now, thanks to human activity, making us too warm.
舒适的房间和温暖的表面温度与理想的湿度平衡和传统保暖问题相结合。
Comfortable room and warm surface temperatures are combined with ideal moisture balance and an absence of traditional thermal problems.
结果表明，轧制变形程度和铝层加热温度都是影响复合板初结合强度的主要因素。
The results prove that the initial bonding strength mostly depends on total reduction and heating temperature of al.
天然气加热的好处即结合使用柱锭梯度水冷装置可向短锭提供精确的温度梯度。
The benefits of gas heating can be combined with the billet taper Quench to provide billets with a precise temperature taper.
另外，本文还结合激光与金属的作用机制，提出了金属平板温度的控制方案。
In addition, the project of controlling temperature of metal panel was raised with the study of effect mechanism between laser beam and metals.
此时宇宙已冷却到1000摄氏度，温度低到电子开始登场并结合原子核形成大量的原子。
The universe has cooled to about 1,000c - cool enough for electrons to pair up with nuclei to form the first atoms.
此时宇宙已冷却到1000摄氏度，温度低到电子开始登场并结合原子核形成大量的原子。
The universe has cooled to about 1, 000C - cool enough for electrons to pair up with nuclei to form the first atoms.
本文将DS18B20和AT 89 C51结合，实现最简温度检测系统。
The DS18B20 and AT89C51 combination, to achieve the most simple temperature detection system.
温度和气压传感器、风向风速仪、电子罗盘及GPS采集战场射击条件，激光观测仪与信息机结合采集目标信息。
The shooting terms of the field wass gathered with temperature and air pressure sensors, wind direction and wind speed sensor, electronic compass and GPS receiver.
该项研究采用无线发射接收模块，结合单片机和计算机，利用VB高级编程，设计出一种温度的无线数据检测系统。
This research making use of wireless transmission and receiving module, combining of single chip and PC, the design USES VB as its advanced program language.
采用双同步CCD技术，结合上位机的数据处理功能，消除了在测量过程中温度对所测长度的影响。
Owing to use of dual synchronous CCD technology and data processing function of PC, effect of temperature to measured length of steel pipe is eliminated.
结合加速度计零位和标度因数的温度误差模型，采用了相应的误差补偿算法。
The proper error-compensation method is adopted based on the temperature error model of the accelerometer.
研究表明，增加变形程度和选择合适的轧制温度能提高复合板的界面初结合强度。
The results indicated that increasing the deformation and a proper rolling temperature may improve obviously the bonding strength.
本文结合工程实例，对楼板的温度裂缝进行了有限元分析，并提出了一些预防裂缝的建议。
In this thesis based on engineering examples, some Suggestions were put forward to control crack by finite element analysis of floor slabs.
计算机模型结合海洋升温信息，海平面温度信息，风和降雨量信息。
The computer models combine information on ocean warming, sea surface temperatures, wind and rainfall levels.
挤压温度过高或过低导致界面结合强度降低。
The bonding strength of the composite interface is reduced when too low or too high extrusion temperatures are employed.
实现了传统的冷库温度测量与现场总线技术的结合。
The traditional refrigerator temperature measurement and the bus technology on spot were combined.
根据不同的温度补偿原理，结合测量的实际情况，设计了具有自校准功能的差动补偿系统。
Based on different compensation principle for temperature and combined with the real condition, a differential compensation system which has a self-calibration function has been designed.
仿真与实验结果表明，神经网络预测模型与静态方程相结合的控制方法满足温室环境温度控制需求。
The result of experiment and simulation indicates the controlling method using ANN prediction model combined with static equation meets the requirement of controlling greenhouse environment.
仿真与实验结果表明，神经网络预测模型与静态方程相结合的控制方法满足温室环境温度控制需求。
The result of experiment and simulation indicates the controlling method using ANN prediction model combined with static equation meets the requirement of controlling greenhouse environment.
应用推荐